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£155.99 – £215.99Price range: £155.99 through £215.99
4662 Dry Pouch Cell (Unfilled) Application: Research and Development of Electrolytes, Formation Protocols, and Performance Testing Product Overview: This is an unfilled dry pouch cell (Model 4662) with stable, pre-assembled electrodes, suitable for direct electrolyte injection and performance evaluation across multiple lithium-ion and sodium-ion chemistries. Key Specifications (Electrode Parameters – Refer to Raw Materials Table):…
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£236.99
85120 Dry Pouch Cell (Unfilled, Multi-Chemistry) Application: Research and Development of Electrolytes, Formation Protocols, and Cell Performance Testing Product Overview: This is an unfilled dry pouch cell (Model 85120) with stable, pre-assembled electrodes, suitable for direct electrolyte injection and performance evaluation across multiple lithium-ion and sodium-ion chemistries. Key Specifications (Electrode Parameters): – Common Dimensions: 241…
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£167.99
Product Description: Overview: A high-capacity 44140 pouch-type dry cell utilizing a Lithium-Sulfur (Li-S) chemistry. Provided in a non-electrolyte-injected state with stable material performance, allowing for direct electrolyte testing and performance evaluation. Cell Core Parameters: – Active Material Content: 64.00% – Double-Sided Areal Density: 8 ± 0.5 mg/cm² – Layer Configuration (Pos/Neg): 6 / 7 layers…
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£251.99
44140 Pouch Dry Cell, 8Ah Ternary Anode-Free Packaging Options: – Specification: 44140/8Ah – Quantity: 5 Pieces/Pack Product Description: Overview: A high-capacity 44140 pouch-type dry cell utilizing an NCM cathode and an anode-free (Copper current collector) configuration. This cell is provided in a non-electrolyte-injected state with stable material performance, allowing for direct electrolyte performance testing. Cell…
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£215.99
Product Description: Overview: A high-energy density 44140 pouch-type dry cell utilizing an NCM811 cathode and lithium metal anode. This cell is provided in a non-electrolyte-injected state, allowing for direct electrolyte performance testing. Cell Core Parameters: – Active Material Content: 96.00% – Double-Sided Areal Density: 48 mg/cm² – Layer Configuration (Pos/Neg): 5 / 6 layers –…
